1.RF Design Software Package : [VRFT-04]

2. Microwave Integrated Circuit Design Software

         i.MICROSTRIP FILTER DESIGN [VRFT-02]

         ii. MICROSTRIP COUPLER DESIGN[VRFT-02]

   1.RF Design Software Package : [VRFT-04]                                               [TOC]

RF Design software facilitates in the design with Filter, Amplifier, Attenuator, Matching network, Inductor and Microstripline. Sample hardware module provided to prove the theorical design of this RF software.

   Filter Design :

This software facilitates in the design of LC Element LP, HP and BP Filters from 10 MHz to 1000MHz. Both Butterworth and Chebyshev designs are possible.

   Amplifier Design :

This software is used to design Amplifiers including Low Noise type.

   Attenuator Design :                                                                                                       [TOC]

This software facilitates in the design of attenuators for both 50 ohm and 75 ohm characteristics impedance structures.

   Matching Network design :

Matching Network to neutralize the mismatched load/source can be designed

   Inductor Design :

This software computes the inductance value for the chosen # SWG, number of turns and Internal diameter of the coil.

   Microstripline Design :

Microstripline is a planar transmission line. Provides the width for any chosen value of characteristic impedance and propagation factor which is essential to determine the length of the line required for a unit wave length in the medium.

1. Band pass filter PCB (Chebyshev)
2. Attenuator PCB
3. RF Components (Capacitors, Inductors)

  2. Microwave Integrated Circuit Design Software                                         [TOC]

  i. MICROSTRIP FILTER DESIGN [VRFT-02]                                                                    [TOC]

By feeding various parameters of the filter (BPF & LPF) and Dielectric parameters of the PCB, this package will give all the dimension of Microstrip PCB for the particular filter. If the PCB is made as per the dimension, the student can practically verify the design.

  Microstrip BPF Design

Input Parameter of BPF : fo (Centre frequency) Bandwidth & Number of elements
Input Parameter of PCB : Dielectric constant Thickness of Dielectric Thickness of copper clad.
Output of Software : Width & length of resonating elements will be provided to fabricate the PCB.

  Microstrip LPF Design

Input Parameter of LPF : fo (Centre frequency) Bandwidth & Number of elements
Input parameter of PCB : Dielectric constant, Thickness of dielectric & Thickness of copper clad.
Output of Software : Width & length of resonating elements will be provided to fabricate the PCB.

  ii. MICROSTRIP COUPLER DESIGN[VRFT-02]                                                            [TOC]

By feeding various parameter of the coupler and Dielectric parameter of the PCB this package will give all the dimension of Microstrip PCB for the particular coupler. If the PCB is made as per the dimension, the student can practically verify the design.

   Branch Line Coupler

Input Parameter of Coupler : fo (Centre frequency)
Input Parameter of PCB : Dielectric constant, Thickness of dielectric & Thickness of copper clad.
Output of Software : Width & length of resonating elements will be provided to fabricate the PCB.

   Ring Coupler

Input Parameter of Coupler : fo (Centre frequency)
Input Parameter of PCB : Dielectric constant, Thickness of dielectric & Thickness of copper clad.
Output of Software : Width, length 1 of 70.71O line and length 2 of 70.71O line of the resonating elements will be provided to fabricate the PCB

   Wilkinson divider

Input Parameter of Coupler : fo (Centre frequency)
Input Parameter of PCB : Dielectric constant, Thickness of dielectric & Thickness of copper clad.
Output of Software : Width & length of resonating elements will be provided to fabricate the PCB.

1. Band pass Filter PCB
2. Ring Coupler PCB.[TOC]